Design the circuit of a new funky full of choices FF called CFF. The CFF has four inputs: D, T/FF, N/P, and clk, and one output: Q. The CFF operates as follows: D is the data input clk is the clock input The CFF can operate either as a latch or a as a FF. The input L/FF chooses between the two modes of operation (O' for latch and l' for FF). The CFF can operate at the positive or negative level/edge (level for latch and edge for FF) of the clock. The input N/P chooses between the two modes of operation ('0' for negative and '1' for positive). You may use standard sequential elements (as shown in class) without providing their internal circuitry, and standard logic gates (as few as possible) with at most two inputs (no MUXs allowed). . Design the circuit of a new funky full of choices FF called CFF. The CFF has four inputs: D, T/FF, N/P, and clk, and one output: Q. The CFF operates as follows: D is the data input clk is the clock input The CFF can operate either as a latch or a as a FF. The input L/FF chooses between the two modes of operation (O' for latch and l' for FF). The CFF can operate at the positive or negative level/edge (level for latch and edge for FF) of the clock. The input N/P chooses between the two modes of operation ('0' for negative and '1' for positive). You may use standard sequential elements (as shown in class) without providing their internal circuitry, and standard logic gates (as few as possible) with at most two inputs (no MUXs allowed)